R7824, R7847, R7848, R7849, R7851,R7861, R7886 Amplifiers for 7800 SERIES Relay Modules

Transcription

1 R784, R7847, R7848, R7849, R7851,R7861, R7886 Amplifiers for 7800 SERIES Relay Modules PRODUCT DATA The R7851C Dynamic Self- Optical lame Amplifier is a solid state plug-in amplifier that responds to ultraviolet signals from C7961E Dynamic Shutter- ultraviolet flame detectors to indicate the presence of flame when used with 7800 SERIES Relay Modules. The R7861A Self- Ultraviolet lame Amplifier is a solid state plug-in amplifier that responds to an ultraviolet signal from a C7061 Self- Ultraviolet lame Detector to indicate the presence of flame when used with 7800 SERIES Relay Modules. The R7886A Dynamic Self- Ultraviolet Amplifier is a solid state plug-in amplifier that responds to a pulsed direct current signal from a C7076A,C Ultraviolet lame Detector with adjustable sensitivity to indicate the presence of flame when used with 7800 SERIES Relay Modules. EATURES APPLICATION The R784C Rectification lame Amplifier is a solid state plug-in amplifier that responds to a rectified signal from a C704E, Self- Ultraviolet lame Detector to indicate the presence of flame when used with the 4 Vdc RM784 Relay Module. The R7847A,B Rectification lame Amplifiers are solid state plug-in amplifiers that respond to a rectified signal from a rectification type flame detector to indicate the presence of flame when used with 7800 SERIES Relay Modules. The R7847C Self- Rectification lame Amplifier is a solid state plug-in amplifier that responds to a rectified signal from a C701E, Self- Ultraviolet lame Detector to indicate the presence of flame when used with 7800 SERIES Relay Modules. This is not European Community (CE) approved for EC7810, EC780, EC/RM780 or EC/RM7850 Relay Modules. The R7848A,B Infrared lame Amplifiers are solid state plug-in amplifiers that respond to an infrared signal from a C7015 Infrared lame Detector to indicate the presence of flame when used with 7800 SERIES Relay Modules. The R7849A,B Ultraviolet lame Amplifiers are solid state plug-in amplifiers that respond to an ultraviolet signal from a C707, C705 or C7044 Ultraviolet lame Detector to indicate the presence of flame when used with 7800 SERIES Relay Modules. The R7851B Optical lame Amplifiers are solid state plug-in amplifiers that respond to optical signals from C797, C795, C7915, and C796 lame Detectors to indicate the presence of flame when used with 7800 SERIES Relay Modules. lame failure response time of 0.8 or 1 second; or.0 or.0 seconds, depending on the amplifier and relay module selected. See Table 1. Plug-in to 7800 SERIES Relay Module through printed circuit board edge connector keyed for proper orientation. lame signal test jacks measure amplifier flame signal voltage. 0.0 to 5.0 Vdc lame signal strength reading range. Color coded label identifies flame detection type: reen rectification. Red infrared. Purple ultraviolet. Blue pulsed rectification. White optical. R7847B, R7848B, R7849B Dynamic Ampli- circuitry tests all flame amplifier components 1 times per minute. The 7800 SERIES Relay Module locks out on safety shutdown with amplifier failure. R784C and R7847C Dynamic Self- Rectification Amplifier, R7851C Dynamic Self- Optical lame Amplifier, R7861 Self- Ultraviolet lame Amplifier and R7886A Dynamic Self- Ultraviolet Amplifier test the detectors and all electronic components in the flame detection system 1 times per minute. The 7800 SERIES Relay Module locks out on safety shutdown with flame detection system failure. R784C, Series or greater, and R7847C, Series 4 or greater, pulse shutter when signal of 1.5 Vac is sensed. Display readings of 0.7 to.4 Vdc are common. Contents Application... 1 eatures... 1 Specifications... Ordering Information... Installation... 4 out... 6 U.S. Registered Trademark Copyright 004 Honeywell International Inc. All Rights Reserved

2 R784, R7847, R7848, R7849, R7851,R7861, R7886 AMPLIIERS OR 7800 SERIES RELAY MODULES SPECIICATIONS Models: lame Detection Systems (see Table ): Rectification: R784C for use with C704E, Solid State Ultraviolet Detectors. R7847A,B for use with flame rods or C701A,C Solid State Ultraviolet Detectors. R7847C for use with C701E, Solid State Ultraviolet Detectors. Infrared: R7848A,B for use with C7015 Infrared (lead sulfide) Detector. Ultraviolet: R7849A,B for use with C707/C705/C7044 Minipeeper Ultraviolet Detectors. R7861A for use with C7061A Ultraviolet Detector. R7886A for use with C7076A,D Ultraviolet Detectors with adjustable sensitivity. Optical: R7851B for use with C797, C795, C7915 and C796 lame Detectors. R7851C for use with C7961E lame Detectors. actory Mutual Approved: Report J.I.1V9A0.A. (R7851B, Report Number 01100, June 16 00, R7851C Pending.) Industrial Risk Insurers: Acceptable Table 1. Relay Module lame ailure Response Time (RT). lame ailure Response Time (RT) in seconds Relay Module 0.8 or 1.0 or.0 EC7810, EC780, EC/RM780, EC/RM7850 EC/RM78, EC/RM7885, EC/ RM7890, EC/RM7895, RM7896, RM7888, RM788, RM7800, RM RM784 N/A.0 R784C, Series or greater, and R7847C, Series 4 or greater, pulse shutter when signal of 1.5 Vac is sensed. Display readings of 0.7 to.4 Vdc are common. S + lame ailure Response Time: See Table 1. lame Signal (Volts dc): Minimum Acceptable: 1.5 Vdc. lame Signal Voltage Range (displayed on Keyboard Display Module or measured with a 1M ohm/volt meter plugged into amplifier test jacks): 0.0 to 5.0 Vdc. Environmental Ratings: Ambient Temperature: Operating: -40 to 140 (-40 C to 60 C). Storage: -40 to 150 (-40 C to 65 C). Humidity: Operating 85% rh continuous, noncondensing. Vibration: Continuous 0.5 environment. Weight:.5 oz (71g), unpacked. Dimensions: See ig. 1 Approvals: Underwriters Laboratories Inc. Listed: ile no. MP68, uide no. MCCZZ: R7847A, R7847B, R7847C, R7861A, R7886A, R7848A, R7848B, R7849A, R7849B, R7851B. (R7851C Pending.) Underwriters Laboratories Inc. Component Recognized: ile no. MP68, uide no. MCCZZ: R784C. Canadian Standards Association Certified: LR959-. (R7851C Pending.) LAME AMPLIIER -9/16 (91) (76) /8 (9) 7/8 () ig. 1. lame amplifier dimensions in in. (mm). EN98 Approved: When these amplifiers are used with an EC7810, EC780, EC/RM780, or EC/RM7850 Relay Module. Accessories: lame Simulators: Rectification: 1514A. Ultraviolet: lame Detectors (ordered separately): select from Table. M11460 ORDERIN INORMATION When purchasing replacement and modernization products from your TRADELINE wholesaler or distributor, refer to the TRADELINE Catalog or price sheets for complete ordering number. If you have additional questions, need further information, or would like to comment on our products or services, please write or phone: 1. Your local Honeywell Automation and Control Products Sales Office (check white pages of your phone directory).. Honeywell Customer Care 1885 Douglas Drive North Minneapolis, Minnesota In Canada Honeywell Limited/Honeywell Limitée, 5 Dynamic Drive, Scarborough, Ontario M1V 4Z9. International Sales and Service Offices in all principal cities of the world. Manufacturing in Australia, Canada, inland, rance, ermany, Japan, Mexico, Netherlands, Spain, Taiwan, United Kingdom, U.S.A

3 R784, R7847, R7848, R7849, R7851,R7861, R7886 AMPLIIERS OR 7800 SERIES RELAY MODULES Plug-in lame Signal Amplifiers Type Color Self-ing Model Rectification reen Dymanic Self- R784C b,c,h Table. lame Detection Systems. Applicable lame Detectors lame ailure Response Time (sec) a uel Type Models as, oil, Ultraviolet (Purple Peeper ) No R7847A g 0.8/1 or / as Rectifying lame Rod Holders i No R7847A g / as, oil, Dynamic Ampli- Dynamic Ampli- Dynamic Self- R7847B d,g 0.8/1 or / Ultraviolet (Purple Peeper ) C704E, C7004, C7007, C7011 Complete Assemblies: C7008, C7009, Q179 C701A,C. a lame ailure Response Time (RT) depends on selection of amplifier and 7800 SERIES Relay Module. b R784C is used only with the 4 Vdc RM784 Relay Module and C704E, lame Detectors. c Circuitry tests all electronic components in flame detection system (amplifier and detector) 1 times a minute during burner operation and shuts down burner if detection system fails. d Circuitry tests flame signal amplifier 1 times a minute during burner operation and shuts down burner if amplifier fails. e 00/0/40 Vac applications require a 10 Vac, 10 VA minimum stepdown transformer (not provided) to drive the shutter. Applies to R7847C series or greater; R7886A series or greater; R7861 series 1 or greater. ig. shows flame detector wiring. f Use C707, C705 and C7044 lame Detectors only on burners that cycle on-off at least once every twenty-four hours. Use C701E, lame Detector with R7847C Amplifier, C7061A Ultraviolet Detector with R7861A Amplifier or C7076A lame Detector with R7886A Amplifier as ultraviolet flame detection system for appliances with burners that remain on continuously for twenty-four hours or longer. g R7847A,B Amplifiers with 0.8/1 second RT should NOT be used with C701A,C Solid State Ultraviolet Detectors. h R784C Series and greater and R7847C Series 4 and greater check flame detector system when flame reaches 1.5 Vdc or at 4.5 seconds, whichever occurs first. as R7847B d,g / as, oil, R7847C c,e,h g / as, oil, Infrared Red No R7848A / as, oil, Dynamic Ampli- R7848B d as, oil, Ultraviolet Purple No R7849A 0.8/1 or / Dynamic Ampli- Dynamic Self- Blue Dynamic Self- Optical White Dymanic Ampli- Dynamic Self- R7849B d R7861A c,e 0.8/1 or / 0.8/1 or / as, oil as, oil as, oil, R7886A c,e / as, oil, R7851B 0.8/1 or / as, oil, R7851C c / as, oil, Rectifying lame Rod Holders i Ultraviolet (Purple Peeper ) Ultraviolet (Purple Peeper ) Infrared (Lead Sulfide) Infrared (Lead Sulfide) Ultraviolet (Minipeeper) Ultraviolet (Minipeeper) Ultraviolet Ultraviolet (Adjustable Sensitivity) Optical (UV, IR, Visible Light) Optical (UV only) C7004, C7007, C7011 Complete Assemblies: C7008, C7009, Q179 C701A,C C701E, C7015 C7015 C707, C705, C7044 f C707, C705, C7044 f C7061 C7076 C797, C795, C7915, C796 C7961 R784C, Series or greater, and R7847C, Series 4 or greater, pulse shutter when signal of 1.5 Vac is sensed. Display readings of 0.7 to.4 Vdc are common. i Order flame rod separately; see flame detector Instructions for holder

4 R784, R7847, R7848, R7849, R7851,R7861, R7886 AMPLIIERS OR 7800 SERIES RELAY MODULES CAUTION Equipment Damage Hazard. Incorrect combination of relay module, amplifier and flame detector can cause equipment damage. In infrared applications (C7015 Infrared lame Detector and R7848 Amplifier) using the RM7890 Relay Module with software version 4004 or less requires a ten-second delay to start sequence. This applies only to the initial power of the RM7890. INSTALLATION When Installing this Product Read these instructions carefully. ailure to follow them could damage the product or cause a hazardous condition.. the ratings given in the instructions and on the product to make sure the product is suitable for your application.. Installer must be a trained, experienced, flame safeguard control technician. 4. After installation is complete, check out the product operation as provided in these instructions. WARNIN Electric Shock Hazard. Can cause electrical shock, serious injury or death. Disconnect the power supply before beginning installation. More than one power supply disconnection can be involved. 1. Align the amplifier circuit board edge connector with the keyed receptacle on the 7800 SERIES Relay Module. Be sure the amplifier nameplate faces away from the Relay Module.. Push in the amplifier until the circuit board is fully inserted into the receptacle and then push the amplifier toward the 7800 SERIES Relay Module retaining clasp.. Be sure the amplifier is firmly in place. 4. Perform all required checkout tests. Installing lame Detector Table lists flame detection systems available for use with 7800 SERIES Relay Modules. Be sure to use the correct combination of amplifier and flame detector. Proper flame detector installation is the basis of a safe and reliable flame safeguard installation. Refer to the Instructions packed with the flame detector and the equipment manufacturer instructions. Keep the flame signal leadwires as short as possible from the flame detector to the wiring subbase. Capacitance increases with leadwire length, reducing the signal strength. The maximum permissible leadwire length depends on the type of flame detector, leadwire and conduit. However, the ultimate limiting factor for the flame detector leadwire is the flame signal; see Table in the out section. IMPORTANT 1. Wiring must comply with all applicable codes, ordinances and regulations. Wiring (where required) must comply with NEC Class 1 (Line Voltage) wiring.. Perform all required checkout tests after installation is complete. CAUTION Equipment Damage Hazard. Can cause equipment damage. Disconnect 7800 SERIES Relay Module power before removing amplifier. Installing Plug-In lame Signal Amplifier (ig. ) WARNIN Electric Shock Hazard. Can cause severe injury, death or property damage. Disconnect the power supply before beginning installation. More than one power supply disconnection can be involved. Wiring ig.. Installing flame signal amplifier. WARNIN Electrical Shock Hazard. Can cause severe injury, death or property damage. Disconnect power supply before beginning installation. More than one disconnection can be involved. 1. Remove the 7800 SERIES Relay Module from the wiring subbase.. Refer to ig. for proper flame detector wiring

5 R784, R7847, R7848, R7849, R7851,R7861, R7886 AMPLIIERS OR 7800 SERIES RELAY MODULES INRARED (C7015) LAME ROD BROWN X X C7076A,D ULTRAVIOLET DETECTOR a SHUTTER SHUTTER REMOTE SENSOR b 7 b 8 a L1 1 EARTH ROUND C7076A OR C7076D TERMINAL BLOCK ULTRAVIOLET (C707/C705/C7044) SERIES L1 (HOT) (COMMON) 5 1 OPTICAL C797A SOLID STATE SEL-CHECKIN ULTRAVIOLET (C701E,) SOLID STATE ULTRAVIOLET (C701A,C, C7961E) 4 L1 5 ND YELLOW REEN SOLID STATE SEL-CHECKIN ULTRAVIOLET (C7061A) L1 YELLOW SOLID STATE SEL-CHECKIN ULTRAVIOLET (C704E, E SHOWN) YELLOW YELLOW N RED 1! CAUTION: EQUIPMENT DAMAE HAZARD. INCORRECT WIRIN POLARITY CAN DAMAE OR DESTROY UV SENSIN TUBES. CONNECT LAME DETECTOR WIRES ACCORDIN TO OOTNOTES 1 AND TO PREVENT UV SENSIN TUBE DAMAE.LAME DETECTOR LEADS ARE COLOR CODED. THE LEAD MUST BE CONNECTED TO THE TERMINAL AND THE MUST BE CONNECTED TO THE TERMINAL. THE UV SENSIN TUBE IS POLARITY SENSITIVE. 4 LAME DETECTOR LEADS ARE COLOR CODED. THE LEAD MUST BE CONNECTED TO THE TERMINAL AND THE YELLOW MUST BE CONNECTED TO THE TERMINAL. THE UV SENSIN TUBE IS POLARITY SENSITIVE.! CAUTION: EQUIPMENT DAMAE HAZARD. INCORRECT VOLTAE CAN DAMAE SHUTTER MECHANISM ONLY ON EC7800 SERIES RELAY MODULES. INSTALL A 00/0/40 VAC TO 10 VAC, 10VA MINIMUM, STEPDOWN TRANSORMER (NOT PROVIDED) TO DRIVE THE SHUTTER MECHANISM. DO NOT USE 0.8/1 SECOND RT AMPLIIER WITH C701A,C LAME DETECTOR. 5 ND (REEN) LEAD WIRE ON C7961E ONLY. M009A ig.. lame detector wiring

6 R784, R7847, R7848, R7849, R7851,R7861, R7886 AMPLIIERS OR 7800 SERIES RELAY MODULES. Disconnect power supply before making wiring connections to prevent electrical shock and equipment damage. 4. All wiring must comply with appropriate electrical codes, ordinances and regulations including NEC Class 1 (Line Voltage) wiring where required. 5. Use recommended wire size and type no. 18 copper conductors TTW(60C) or THW (75C) or THNN(90C). 6. Use recommended wire routing: a. Keep the flame signal leadwire as short as possible from the detector to the 7800 SERIES Relay Module. The maximum permissible leadwire length depends on the type of leadwire, conduit type and leadwire diameter. The ultimate limiting factor for flame signal leadwire length is the flame signal voltage. b. Do not run high voltage ignition transformer wires in the same conduit with the flame detection wiring. c. If the flame detector leadwires are not long enough to reach the 7800 SERIES Relay Module electrical connectors, make splices in a junction box. (1) Enclose scanner wiring without armor cable in metal cable or conduit. () ollow flame detector Instructions. 7. wiring, see ig Install 7800 SERIES Relay Module. 9. Restore power to the 7800 SERIES Relay Module. lame detector wiring is shown in ig.. CHECKOUT Preliminary Inspection Make certain that: 1. Wiring connections are correct and all terminal screws and electrical connections are tight.. Proper flame failure response time is selected.. Amplifier is securely mounted on the 7800 SERIES Relay Module. 4. Detectors are properly positioned and cleaned according to Detector Instructions. 5. Correct combination of amplifier and flame detector is used. lame Signal Measurement (ig. 4) lame signal can be measured at the lame Signal Test Jacks, see ig. 4, and at the Keyboard Display Module. Measure the flame signal at the appropriate times defined in the out section; see applicable 7800 SERIES Relay Module Instructions. See Table for acceptable and maximum flame signal voltage strengths. CAUTION Equipment Damage Hazard. Improper wiring can destroy ultraviolet sensing tube. Carefully follow polarity sensitive wiring instructions for the C707, C705, C7044, C701, C704, C7061, C7961 and C7076. Reversing the leadwires, even momentarily, can destroy the ultraviolet sensing tube. ig. 4. lame signal measurement with meter. 1. Connect blue leadwire from detector to terminal and white leadwire from C707/C705/C7044/C7061 to terminal.. Connect blue leadwire from detector to terminal and yellow leadwire from C701/C704/C7961 to terminal.. ollow lightoff Instructions for applicable 7800 SERIES Relay Module. Measuring lame Signal With Keyboard Display Module Consult Instructions for applicable 7800 SERIES Relay Module or Keyboard Display Module. Measuring lame Signal with a Volt Ohmmeter Two test jacks, positive and negative (Com) are accessible on the top of the amplifier when plugged into the 7800 SERIES Relay Module. These jacks are provided for monitoring flame signal strength. Use a one megohm/volt meter to measure the flame signal strength. Connect the positive meter lead (red) to the positive (+) amplifier test jack and the negative meter lead (black) to the negative (-) amplifier test jack. The test jacks use standard inch diameter voltmeter probes. A minimum 1.5 Vdc flame signal is required. NEATIVE (-) METER LEAD LAME SIMULATOR TEST JACK POSITIVE (+) METER LEAD ONE MEOHM/VOLT METER M11459A The probes need to tip toward the relay module in order to make electrical contact

7 R784, R7847, R7848, R7849, R7851,R7861, R7886 AMPLIIERS OR 7800 SERIES RELAY MODULES Table. lame signal. lame Detector lame Signal Amplifier Minimum Acceptable Steady dc Voltage a Maximum Expected dc Voltage lame Rod R7847A,B b 1.5 Vdc 5.0 Vdc at Keyboard Display Module C701A,C c or on volt-ohmmeter. C701E, c R7847C d,e C7015A R7848A,B b C704E, C707A C705A C7044A C797 C795 C7915 C796 C7061A C7076A,D C7961E R784C d,e R7849A,B b R7851B b R7861A d R7886A d R7851C d a This minimum or stronger signal can be easily obtained if the detector is correctly installed and positioned to properly sense the flame. Obtain this voltage before completing checkout. b The flame amplifiers are Ampli- type. c Adjust slightly, or face the pipe down, or extend the sight pipe on C701A,C applications to obtain a maximum flame signal reading less than 5.0 volts. d The flame signal amplifier circuitry is tested one-half second every five seconds during burner operation and shuts down the burner if the amplifier fails (all installations). e R784C, Series or greater, and R7847C, Series 4 or greater, pulse the shutter when the flame signal reaches 1.5 Vdc. R784C, Series or greater, and R7847C, Series 4 or greater, pulse shutter when signal of 1.5 Vac is sensed. Display readings of 0.7 to.4 Vdc are common. The flame signal for the pilot alone, the main burner flame alone, and both together must be steady and a minimum of 1.5V. If the flame signal is unsteady, or less than the minimum acceptable voltage, check the flame detector installation and circuitry in the following procedure. 1. the supply voltages at terminals (L1) and (N). Make sure the master switch is closed, connections are correct, and the power supply is of the correct voltage and frequency and is sinusoidal.. the detector wiring for defects including: a. Incorrect connections. b. Wrong type of wire. c. Deteriorated wire. d. Open circuits. e. Short circuits. f. Leakage paths caused by moisture, soot or accumulated dirt.. or a flame rod, make sure: a. There is enough ground area. b. The flame rod is properly located in the flame. c. Temperature at the flame rod insulator is no greater than 500 (60 C). 4. or all optical detectors, clean the detector viewing window, lens, and inside of the sight pipe as applicable. 5. With the burner running, check the temperature at the detector. If it exceeds the detector maximum rated temperature: a. Add a heat block to stop conducted heat traveling up the sight pipe. b. Add a shield or screen to reflect radiated heat. c. Add cooling (refer to sight pipe ventilation in the detector Instructions). 6. Make sure that the flame adjustment is not too lean. 7. Make sure the optical detector is properly sighting the flame. 8. If necessary, resight or reposition the detector. 9. If you cannot obtain proper operation, replace the plug-in amplifier. 10. If you cannot yet obtain proper operation, replace the flame detector. IMPORTANT If you make any changes to the flame detection system, repeat all required out tests in out section of the Instructions for the applicable 7800 SERIES Relay Module

8 Automation and Control Solutions Honeywell International Honeywell Europe S.A. Honeywell Latin American Honeywell International Inc. Honeywell Limited-Honeywell Limitée Control Products Avenue du Bourget Region 1985 Douglas Drive North 5 Dynamic Drive Honeywell Building 1140 Brussels 480 Sawgrass Corporate Parkway olden Valley, MN 554 Scarborough, Ontario 17 Changi Business Park Central 1 Belgium Suite 00 M1V 4Z9 Singapore Sunrise L R. Rev Printed in U.S.A. on recycled paper containing at least 10% post-consumer paper fibers.